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Home > Resources for talking about ISIS

Resources for talking about ISIS

If you're talking about ISIS in your presentations here is some material that you might find useful. Images of STFC facilities and ISIS should be credited with “Image credit: STFC"​.​

Aerial view of ISIS

Follow this link to access an image library containing resources you can download, including:

  • aerial images of ISIS
  • images of ISIS instruments
  • ISIS instrument overview graphics
  • ISIS logos

Here is a presentation that gives an introduction to ISIS.

Please use the logo below when referencing ISIS. It can be downloaded from the library linked above.

ISIS neutron and muon source logo

Click this link to view our online Muon Spectroscopy brochure.

Overview and animation of how ISIS works

You can read our most current science highlights below

Two Indonesian men smiling at the camera
Studying Indonesian peat as it smoulders
A muon spectrogram, showing where the muonium sits in the structure at different points along the curve
Muons as a tool for studying molecular motion
Diagram showing light and dark grey pyramids representing molybdenum oxide arranged in rows, separated by coloured circles representing water molecules. The arrangement changes when the water is removed
Combined approach reveals secrets of catalyst and energy storage materials
Graphic showing a BBB endotheliocyte undergoing permeability assessment, FIB-SEM and neutron scattering
Neutrons help to explain the relationship between air pollution and brain health through an interdisciplinary Harwell-based collaboration.
Diagram showing red cubosomes and hexosomes interacting with a blue and red lipid bilayer
How do complex lipid nanoparticles interact with lipid membranes?
A woman speaking at a lecturn
Neutrons provide a unique view of the synthesis of a potential hydrogen storage material
Two men holding sample cells stood in front of a large cylindrical machine
A record-breaking user cycle for the FLYNN facility
Six charts, showing complex blue and orange geometric patterns
Unusual material properties herald the future of quantum computing
Team member